Abstract
The Clot Retrieval Device is designed to restore blood flow in patients suffering from acute ischemic stroke by effectively removing thrombus in neuro vasculature. This research article presents an in-vitro simulation test methodology aimed at evaluating the performance, safety, and efficiency of this thrombectomy device. The simulation replicates clinical conditions, offering insights into device performance before clinical application. The device's self-expanding mesh structure, designed with giant-baby cells, has demonstrated superior thrombus retrieval efficiency while minimizing damage to vascular tissue. The test methodology involves creating blood clot analogs that mimic human thrombi, followed by testing the device's retrieval efficacy under controlled simulated conditions. Research results indicate that the device demonstrates high retrieval success rates, contributing to improved clinical outcomes for stroke patients
Published Version
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